In addition, by inhibiting or activating stress response pathways, we aim to reveal how the cellular chaperone network influences the formation of the protein aggregates. Mann Contributions from the 4 research departments Prof.
The compact and robust design xxmm with pump laser and OPO integrated in a single housing features a guaranteed pump diode lifetime of more than 2 billion shots. His department studies how proteins acquire their three-dimensional structure. In addition, by inhibiting or activating stress response pathways, we aim to reveal how the cellular chaperone network influences the formation of the protein aggregates.
This tunable high energy laser is dedicated to photoacoustic tomography PAT. The high pulse energy allows analyzing larger volumes of tissue. His department studies large protein complexes that cannot be visualized with conventional methods. Cell nuclei are labeled in blue.
The laser system from manufacturer Ekspla consists of a nanosecond pump laser and a fiber-coupled parametric oscillator with integrated attenuator. His department is the world leader in the analysis of the proteome, the entirety of all proteins in an organism.
From left to right: Characterization of toxic aggregation pathways Since not all protein aggregations are necessarily toxic, we aim to distinguish toxic aggregates from protein aggregates that have no deleterious effects. These results will then be linked with different markers of cell toxicity. If proteins are misfolded, chaperones either refold these proteins or guide them to the cellular recycling machines.
His department studies large protein complexes that cannot be visualized with conventional methods. In addition, we aim to find out whether aggregating proteins are able to spread to other cells in cell cultures or specific regions of the mouse brain. Laser, power supply and cooling system are combined in a compact, mobile housing.
Posted by: Mikagal | on October 2, 2012
From left to right: The Q-Tune series is a perfect coherent light source for temporally resolved spectroscopy, metrology, photoacoustic imaging and remote sensing. The lasers have an internal microprocessor control with automated self-calibration and computer-controlled wavelength selection.
Laser, power supply and cooling system are combined in a compact, mobile housing. From left to right:
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